# High Torque (Low Cadence) Training for Cyclists **Permanent integration guide** Last reviewed: April 2026 --- ## Who this is for A cyclist doing 10–15 hours/week of mixed Zwift and outdoor training — fit, consistent, used to structured intervals. Likes races on Zwift, but does not have an outdoor race season. Not a beginner, but not a full-time athlete either. This document is a guide for **permanently integrating high-torque training into your weekly routine** — not a one-off training block. The goal is simple: include 1–2 low-cadence sessions per week alongside your normal training, indefinitely, to build and maintain stronger legs. --- ## The core idea Most cyclists pedal at 80–100 rpm. Dropping to 50–70 rpm at the same power output forces each leg muscle contraction to produce much more force per stroke — that's what "high torque" means. The same prime movers (quads, glutes, hamstrings) are active at all cadences, but at lower cadence each stroke preferentially recruits high-threshold (Type II) motor units that stay quieter at higher cadences [Ahlquist 1992; Sarre & Lepers 2006]. The hypothesis: combining this recruitment shift with high-intensity intervals drives stronger aerobic adaptations — particularly VO2max and maximal aerobic power — than the same intervals at freely chosen cadence. The same mechanism that makes the stimulus effective also makes it demanding on connective tissue. More force per stroke means more load on knees, patellar and quadriceps tendons, and the muscles that stabilize the joint. Tendons and connective tissue adapt slower than the cardiovascular system, which is why this protocol begins with a 3-week adaptation phase at low cadence and easy power before any high-intensity work is layered on top. --- ## The evidence ### The key study (Hebisz & Hebisz, 2024) > Hebisz R & Hebisz P. *"Greater improvement in aerobic capacity after a polarized training program including cycling interval training at low cadence (50–70 rpm) than freely chosen cadence (above 80 rpm)."* > PLOS One, November 2024. > https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0311833 **What they did:** Two groups of well-trained female cyclists followed an identical 8-week polarized training program (~8 hours/week, 4-day microcycles). The only difference: one group did all high-intensity intervals at **freely chosen cadence (>80 rpm)**, the other at **low cadence (50–70 rpm)**. Both programs included: - Sprint Interval Training (SIT): 8–12 × 30-second all-out efforts - High-Intensity Interval Training (HIIT): 4–6 × 4-minute efforts at 90–100% of max aerobic power - Low-Intensity Endurance (LIT): long Zone 2 rides - Active Recovery day **What they found:** | Group | VO2max improvement | Max aerobic power improvement | |-------|-------------------|-------------------------------| | Low cadence (50–70 rpm) | **+8.7%** | **+8.1%** | | Freely chosen cadence (>80 rpm) | +4.6% | +3.0% | The low-cadence group also improved their second ventilatory threshold (VT2), which the free-cadence group did not. **Why it might work:** At any given power output, pedaling slower means each pedal stroke requires more force. Research has shown that moving from the first threshold (VT1) up to VO2max effort nearly **doubles the percentage of maximum dynamic force** expressed on the pedals. Combining high force *and* high intensity likely drives greater muscle fiber recruitment — both slow-twitch fibers (already active) and additional fast-twitch fibers — leading to stronger aerobic adaptations. [Source: Hebisz & Hebisz 2024, citing prior biomechanical cadence research] **Important caveat:** The study tested a program where **all** high-intensity work was done at low cadence for 8 weeks. It did not test the use case of adding 1–2 low-cadence sessions to an otherwise normal-cadence training week. The ongoing training approach in this document is based on coaching practice, not on this study directly. #### Exact Hebisz study protocol The study used a 4-day microcycle, repeated across 8 weeks with volume progression at the midpoint: | Day | Session | Weeks 1–4 | Weeks 5–8 | |-----|---------|-----------|-----------| | 1 | SIT (Sprint Interval Training) | 8×30s maximal at **50–60 rpm** (2 sets of 4), 90s recovery between reps, 25 min between sets. ~80 min total. | 12×30s maximal at **50–60 rpm** (3 sets of 4), same recovery. ~110 min total. | | 2 | HIIT (High-Intensity Intervals) | 4×4 min at 90–100% Pmax at **60–70 rpm**, 8 min recovery. ~85 min total. | 6×4 min, same intensity and cadence. ~110 min total. | | 3 | LIT (Low-Intensity Endurance) | 150 min at ~VT1 power | 180 min at ~VT1 power | | 4 | Active Recovery | Easy spin | Easy spin | **Note the different cadence ranges:** SIT uses **50–60 rpm**, HIIT uses **60–70 rpm**. These are not interchangeable. **FTP translation:** The study prescribes HIIT at 90–100% of maximal aerobic power (Pmax). For most trained cyclists, Pmax ≈ 110–120% of FTP, so 90–100% Pmax ≈ 100–120% FTP. The workouts use ~110% FTP as a practical mid-range target. ### How solid is this evidence? **Honest answer: interesting, but not conclusive.** Here's why: **Strengths:** - Published in a peer-reviewed journal (PLOS One) - Controlled design: same hours, same structure, same effort levels, only cadence differed - Effect size is large and practically meaningful (+8.7% vs +4.6% VO2max) **Weaknesses:** 1. **Tiny sample.** 12 cyclists per group. The authors themselves state the findings are "not representative for the general group of training female cyclists." [Hebisz & Hebisz 2024] 2. **Female-only, youth cohort.** Participants were 17–20 year old competitive female cyclists. Results cannot be assumed to transfer directly to older, male, or recreational cyclists. 3. **No injury monitoring.** The study tracked performance but not joint stress, knee pain, or any injury risk markers. Low cadence is mechanically harder on the knees (see below), and this was not studied. 4. **Mixed literature overall.** The authors acknowledge that "to date, there is no data reporting a clear and unequivocal benefit of torque (low cadence) training." Earlier studies using moderate-intensity low-cadence work with amateur middle-aged cyclists showed no advantage over freely chosen cadence — suggesting that **intensity matters**: the benefit may only emerge when combining low cadence with high intensity. [Hebisz & Hebisz 2024; also see: *Low cadence interval training at moderate intensity does not improve cycling performance in highly trained veteran cyclists*, PMC3907705] 5. **Comparison to male cohorts.** The same polarized model applied to well-trained men in previous research produced ~14% VO2max improvements overall — larger than either group here. Gender and training history appear to significantly affect the magnitude of response. [Hebisz & Hebisz 2024] ### Coaching consensus on long-term integration The study shows the mechanism works. The coaching sources below show how practitioners integrate it into ongoing training. This combination — study mechanism + coaching practice — is the basis for this document. **Neal Henderson** (Apex Coaching, coached Rohan Dennis, Taylor Phinney): *"Generally I do about one of these sessions a week, at most two."* He has never programmed back-to-back big gear sessions and stresses the musculoskeletal load as the main limiter. His athlete Petr Vakoc: *"Once to twice a week... three times per two weeks."* Henderson's progression for new athletes: start with tempo (3–5 min at 75–85% FTP, 50–60 rpm), then threshold (5×5 min at ~95% FTP, 50–60 rpm), then VO2max (30–90s at ~5-min power). [Fast Talk Labs podcast] **EVOQ.BIKE:** Start with 1 session per week, work up to 2 per week during base season. During race season: 1–2× per month for maintenance. They position low-cadence work as an ongoing training tool, not a block to complete. [EVOQ.BIKE] **Peter Schep / EF Pro Cycling:** Progressive approach — start at 60 rpm, 80–85% FTP for 15 minutes, then advance to threshold efforts, and only then to VO2max torque work (e.g. 3×5 min at 106–120% FTP, 50–60 rpm — the Noemi Rüegg workout). Recreational riders should proceed cautiously. The VO2max torque workout is a post-adaptation session, not a starting point. [EF Pro Cycling] **Honest statement:** No controlled trial has tested 1–2 low-cadence sessions per week mixed with normal-cadence training against a control group. The ongoing training recommendations in this document are coaching consensus, not experimentally validated. We are using the study to understand *why* low-cadence training may work, and coaching practice to guide *how* to integrate it. ### Intensity floor: Zone 2 torque work is not effective Both the research and coaching sources converge on this: low-cadence work must be at **tempo intensity or above** to be effective as a torque training stimulus. - **EVOQ.BIKE** explicitly states: *"If you go below tempo into zone 2, you probably won't be producing enough torque to make a meaningful difference."* They recommend tempo or threshold power as the minimum. [EVOQ.BIKE] - **Hebisz & Hebisz (2024):** The null-result study (Muñoz et al., 2014) used moderate-intensity low-cadence work and found no benefit over freely chosen cadence. The positive results in Hebisz came specifically from combining low cadence with **high** intensity (90–100% Pmax for HIIT, maximal for SIT). - **Henderson:** His entry-level torque work starts at 75–85% FTP (low tempo to sweet spot), not Zone 2. [Fast Talk Labs] **Practical implication:** All torque workouts in the calendar must be at tempo (~76% FTP) or above. Zone 2 low-cadence sessions are just normal riding at a slightly uncomfortable cadence — they do not provide the torque stimulus that makes this training worthwhile. The adaptation phase (weeks 1–3) is the only exception: it uses Zone 2 power intentionally, to introduce the mechanical stress to joints and tendons before adding intensity. It is not meant to drive performance gains. --- ## Knee safety This is the main practical concern. Low cadence cycling significantly increases patellofemoral (kneecap) joint load. Biomechanical research shows that patellofemoral compressive force increases with knee flexion angle: at 15° flexion it is approximately 1× bodyweight, at 45° it rises to 3× bodyweight, and at 75° it reaches 6× bodyweight. Cycling seats you in a position of sustained knee flexion, and grinding at low cadence maximises force through each cycle. Clinically: *"Pushing hard gears at low revolutions puts a high load through the patella, whereas lower gears at high cadence (85–90 rpm) will put less load through the patellofemoral joint with each stroke."* [Physio-pedia: Cyclist's Knee, citing general cycling biomechanics literature; see also PMC5717478 — systematic review of extrinsic factors on knee biomechanics during cycling] **All low-cadence interval work must be done seated.** Standing eliminates the training stimulus — you can use body weight to press the pedal down, bypassing the forced muscular contraction that makes this training work. **Who should avoid low-cadence training entirely:** - Any history of knee overuse injury, patellar tendinopathy, or patellofemoral pain syndrome (PFPS) [EVOQ.BIKE coach guidance] - Coming off a rest period or injury - Cyclists who already naturally grind at low cadences (the stimulus is reduced and the knee stress is higher) ### Knee protection rules These apply to every low-cadence session, always: 1. **Always warm up at normal cadence first** (minimum 15 minutes). Don't start a low-cadence interval cold. 2. **If your knees ache during a set, stop the set.** Don't push through. End the session if it continues. 3. **Don't go below 50 rpm** unless you have months of established low-cadence work behind you. 4. **Never do low-cadence sessions on back-to-back days.** The joint needs recovery time. 5. **All intervals are seated.** Standing removes the training stimulus and changes the load pattern. 6. If you have had patellofemoral pain, patellar tendinopathy, or any knee overuse injury: skip low-cadence training entirely. [EVOQ.BIKE; Physio-pedia: Cyclist's Knee] --- ## Adaptation (~3 weeks) **Goal:** Introduce the mechanical stimulus before adding intensity. Tendons and connective tissue adapt more slowly than muscles; this phase is non-negotiable. The cadence, session structure, and progressive volume here is adapted from standard coach guidance on torque training progressions [EVOQ.BIKE low cadence article], not from the study (the study did not include an adaptation phase — participants were already highly trained). **Frequency: 1 low-cadence session per week.** All other sessions: normal cadence. | Week | Session | Details | |------|---------|---------| | 1 | 1× low-cadence endurance | Warm up 15 min normal cadence. Then 2× 10 min Zone 2 (~65% FTP) at **65–70 rpm**, 5 min easy spin between. Cool down 10 min. | | 2 | 1× low-cadence endurance | 2× 15 min Zone 2 at **65 rpm**, 5 min easy between. | | 3 | 1× low-cadence endurance | 3× 10 min Zone 2 at **60–65 rpm**, 5 min easy between. | ### Ready to move on? All of these must be true before starting ongoing training: - [ ] All 3 adaptation sessions completed - [ ] No knee pain during or after any session - [ ] No lingering knee discomfort 24+ hours after any session - [ ] Cadence targets felt achievable (not struggling to stay above target) - [ ] RPE for the intervals was no higher than ~6/10 (it's Zone 2 power — the effort should come from the legs, not the lungs) ### When to stop or go back - **Any knee pain during or after a session:** Stop low-cadence work for at least a week. When you restart, go back to Week 1. If it recurs, see a physiotherapist before continuing. - **Can't maintain target cadence** (grinding 5+ rpm below target): The gear is too hard. Reduce power target, not cadence. - **Any sharp pain anywhere:** Stop immediately. This is not normal muscular discomfort. - **Feeling overly fatigued from the sessions:** This is Zone 2 power — it should not be draining. If it is, your overall training load may be too high. Reduce other sessions that week. --- ## Source prescription reference This section documents what each source actually prescribes. All workouts in the calendar must trace back to these. See `training-calendar.md` for the implemented workout library. ### EVOQ.BIKE Two prescribed workouts, both at **50–60 rpm**: 1. **Staple torque session:** 5×5 min at ~90% FTP, 50–60 rpm. *"You can extend the duration of these intervals up to 8 minutes to work on muscular endurance."* Can also decrease cadence or increase to threshold intensity as progressions. 2. **TorqueMax:** 6–8×2–3 min at 105–110% FTP, 50–60 rpm. Explicitly warns: *"There is an increased risk of injury with these intervals, so you should start with the lower intensity torque intervals mentioned earlier."* **Intensity floor:** *"Typically, low cadence training is best performed at either tempo or threshold power. If you go below tempo into zone 2, you probably won't be producing enough torque to make a meaningful difference."* **Frequency:** Start with 1/week, work up to 2/week. During race season: 1–2×/month for maintenance. **Periodization:** *"The bulk of torque workouts are best performed during base season when you are also lifting in the gym."* ### Neal Henderson (Fast Talk Labs) **Frequency:** *"Generally I do about one of these sessions a week, at most two."* Never back-to-back days. Athlete Petr Vakoc: *"Once to twice a week... three times per two weeks."* **Progression for new athletes** (all at 50–60 rpm): 1. Entry: 3–5 min efforts at 75–85% FTP (*"the first thing I would do"*) 2. Threshold: 5×5 min at ~95% FTP, half-time recovery 3. VO2max: 30–90s at ~5-min power, equal to double-time recovery Henderson uses a reverse periodization (short/intense → longer/sustained), stressing musculoskeletal load as the main limiter. ### EF Pro Cycling (Peter Schep / Noemi Rüegg) **The Rüegg workout:** 3×5 min at 106–120% FTP (VO2max pace), 50–60 rpm. 10 min easy recovery between sets. Optional: shift to a lighter gear at the end of each 5-min effort and do a 1-min max sprint to *"better your ability to transfer torque into power."* **Progression:** Start at 60 rpm, 80–85% FTP for 15 min → threshold efforts → VO2max torque work. The Rüegg workout is a post-adaptation session, not a starting point. **Warm-up:** 30 min easy. Cool-down: 30 min easy. ### Hebisz & Hebisz (2024) See "Exact Hebisz study protocol" in the evidence section above for the full 4-day microcycle and progression. Key cadence ranges: **SIT: 50–60 rpm. HIIT: 60–70 rpm.** These differ and should not be conflated. --- ## Ongoing training This is the core of the program. Once adaptation is complete, you integrate high-torque sessions into your weekly training permanently. There is no end date. The goal is that your regular training week yields slightly stronger legs because 1–2 of your sessions include high-torque work. ### How it works You are not following a periodized block. You are adding a permanent training tool to your weekly routine. The biggest improvements will come in the first months (novel stimulus), but the sessions continue to provide value indefinitely — the same way that any structured interval work does. ### Frequency **1–2 sessions per week.** One is the norm, two is the ceiling. - **1 per week is the standard.** Some weeks you'll fit none. That's okay — this is a long-term practice, not a protocol with a deadline. - **Maximum: never more than 2 per week.** Every coaching source converges on this ceiling (Henderson, EVOQ, EF Pro Cycling). The joint stress is the limiter, not the aerobic demand. When doing 2, make one harder and one easier. - **Never on back-to-back days.** At least one normal-cadence day between torque sessions. - **Race weeks:** If you have a target Zwift race with hard sprints that week, consider dropping to 1 torque session and make it an easier one. Don't stack a Tier 4 sprint session and a race in the same week. - **Race season maintenance:** 1–2 low-cadence sessions per month is sufficient to preserve the adaptation. [EVOQ.BIKE] [Henderson: *"Generally I do about one of these sessions a week, at most two."* Fast Talk Labs. EVOQ.BIKE: *"Start with 1/week, work up to 2/week."* EF Pro Cycling: Peter Schep recommends a progressive approach.] ### How to fit this into your existing ~10 hrs/week - Replace 1–2 of your current interval sessions with a torque session from the calendar. Do not add torque sessions on top of your existing volume. - Keep your long endurance ride at normal cadence. - All other sessions (endurance, recovery, non-torque intervals): normal cadence. ### The workout library The specific workouts, durations, and tier assignments are in `training-calendar.md`. The calendar is the source of truth for what to ride; this document explains why it works. **All sessions are seated throughout. All require a minimum 15-minute normal-cadence warm-up.** The library is organized into four tiers by intensity and knee stress. The tier structure is this document's organization — the sources support progressive overload but don't use this exact grouping: - **Tier 1 — Entry:** Henderson's tempo torque work and a short EVOQ staple. First weeks of ongoing training. - **Tier 2 — Development:** EVOQ's staple format (5×5 and 5×8) and a scaled Hebisz HIIT intro. The bread-and-butter sessions. - **Tier 3 — Challenging:** Henderson's threshold work, Hebisz HIIT at study intensity, and the Rüegg VO2max workout. Higher knee stress. - **Tier 4 — Advanced:** EVOQ TorqueMax, Hebisz SIT and full HIIT volume. Highest knee stress, monthly at most initially. ### Progression guidelines There is no fixed schedule for moving between tiers. Progression is based on how your body responds, not on a calendar. Both Henderson and EVOQ support a progressive approach — starting with lower-intensity torque work and advancing to threshold and VO2max over weeks and months. **Starting out (first ~4 weeks of ongoing training):** - Mix Tier 1 and Tier 2 sessions. Example week: one Tier 1 entry session + one Tier 2 staple session. - Try each Tier 2 workout at least once to find what suits you. **Advancing to Tier 3:** - After 3–4 weeks of Tier 2 sessions with no knee issues and the sessions feeling manageable (RPE ≤ 7/10 for the intervals). - Introduce one Tier 3 session as your "hard" session. Keep a Tier 1 or Tier 2 session as the "easy" one. - Don't do two Tier 3 sessions in the same week initially. **Advancing to Tier 4:** - After at least 8 weeks of consistent ongoing training (~11 weeks total including adaptation). - Start with TorqueMax or the 2-set SIT. Monthly at most initially. - Tier 4 sessions always count as your "hard" session that week. Pair with a Tier 1 or easy Tier 2 session. - The SIT sessions (30-second all-out sprints at 50–60 rpm) are the highest knee-load sessions in the library. They are also the most directly transferable to Zwift race sprints. **FTP retesting:** - Retest every 6–8 weeks. As FTP increases, all percentage-based workouts automatically scale up in absolute power, maintaining the training stimulus. ### Sprint work and Zwift racing The SIT sessions (Tier 4) develop low-cadence sprint force — the ability to produce very high power at low rpm. This is directly relevant to Zwift race sprints, particularly in situations where you need to accelerate from a slow pace in a heavy gear. Practical notes: - Don't do a SIT session in the same week as a target Zwift race. The neuromuscular fatigue competes with race freshness. - The TorqueMax session (EVOQ: 6×2–3 min at 105–110% FTP) develops a similar quality with lower sprint-specific stress. It can be used closer to race weeks. - Low-cadence sprint force complements, but does not replace, high-cadence sprint work. Both matter for racing. ### Warning signs — when to back off | Sign | What to do | |------|------------| | Knee pain during or after a session | Stop torque work for at least a week. Resume with a Tier 1 session. If it recurs, see a physiotherapist. | | Can't hold target cadence (grinding 5+ rpm below) | The workout is too hard. Drop intensity or move to a lower tier. | | Normal training is suffering (can't hit numbers, feel flat) | You are overdoing torque work. Drop to 1 session/week for 2–3 weeks. | | Post-session ache lasting 48+ hours | Too much load. Drop a tier. | | Knee feels "tight" or "clicky" without pain | Precautionary: skip the next torque session, monitor. If it persists, get it checked. | ### Sample weeks These are illustrative, not prescriptive. Fit the sessions into your existing schedule. **Early ongoing (weeks 4–6 overall):** | Day | Session | |-----|---------| | Tue | Entry 4×4 (Tier 1) | | Thu | Staple 5×5 (Tier 2) | | Other days | Normal training | **Established (weeks 10+ overall):** | Day | Session | |-----|---------| | Tue | Staple 5×5 (Tier 2) | | Thu | HIIT VO2max 4 reps (Tier 3) | | Other days | Normal training | **Sprint-focused week (after months of consistent work):** | Day | Session | |-----|---------| | Tue | Staple 3×5 (Tier 1) — light session | | Fri | SIT 2-set (Tier 4) — sprint session | | Other days | Normal training, no target race this week | --- ## What we'd update this document for This section tracks how solid each claim is and what would change it. | Claim | Current confidence | What would change it | |-------|-------------------|----------------------| | +8.7% vs +4.6% VO2max finding | Low-medium — one small study | Replication in larger, mixed-gender, recreational cyclist cohorts | | Benefit requires *high* intensity at low cadence | Medium-high — biomechanical theory + null results at moderate intensity (Muñoz 2014) + EVOQ explicitly states Zone 2 is ineffective | A well-controlled study showing moderate-intensity low-cadence also works | | 1–2 sessions/week mixed into normal training is effective | Medium — coaching consensus (Henderson, EVOQ, EF Pro), no controlled trial | A study directly testing mixed integration vs. control | | Knee injury risk at low cadence | High — well-established biomechanics | Would need evidence of a safe low-cadence technique that reduces patellofemoral load | | Seated requirement | High — biomechanically obvious | No plausible mechanism to change this | | 3-week adaptation is sufficient | Low — coach-derived, no controlled trial | A study comparing fast vs. gradual introduction | | Applicability to recreational male cyclists | Unknown — the study used young competitive women | Studies on non-elite, mixed-gender, or masters populations | | 2/week ongoing frequency ceiling | Medium — coach consensus (Henderson, EVOQ, EF), no controlled trial | A dose-response study comparing 1, 2, and 3 sessions/week | | Tier-based progression is safe | Medium — standard progressive overload principle + coach guidance | Injury data from structured torque training programs | | SIT sessions improve Zwift race sprints | Low-medium — study used SIT but did not isolate sprint performance; biomechanically plausible | A study testing low-cadence sprint training and race outcomes | --- ## Sources 1. **Primary study:** Hebisz R & Hebisz P (2024). *Greater improvement in aerobic capacity after a polarized training program including cycling interval training at low cadence (50–70 rpm) than freely chosen cadence (above 80 rpm)*. PLOS One. https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0311833 2. **Null result at moderate intensity:** Muñoz I et al. (2014). *Low cadence interval training at moderate intensity does not improve cycling performance in highly trained veteran cyclists*. PMC3907705. https://pmc.ncbi.nlm.nih.gov/articles/PMC3907705/ 3. **Knee biomechanics in cycling (systematic review):** Dye SF et al. *The influence of extrinsic factors on knee biomechanics during cycling*. PMC5717478. https://pmc.ncbi.nlm.nih.gov/articles/PMC5717478/ 4. **Patellofemoral force and cadence (clinical):** Physio-pedia: Cyclist's Knee. https://www.physio-pedia.com/Cyclist's_Knee 5. **Coach-level session structures and integration advice:** EVOQ.BIKE — *Low Cadence Cycling: How Torque Training Makes You Faster*. https://www.evoq.bike/blog/low-cadence-cycling-how-torque-training-makes-you-faster 6. **Secondary analysis and commentary on the 2024 study:** Knowledge is Watt (Substack), issue 58 — *High Intensity Torque Training Can Increase Cycling Performance*. https://knowledgeiswatt.substack.com/p/58-high-intensity-torque-training 7. **Overview of cadence research landscape:** W/KG — *Have Low Cadence Training Come Full Circle?* https://www.wattkg.com/low-cadence-training/ 8. **Ongoing frequency guidance (coach):** Neal Henderson on Fast Talk Labs — *Put It in the Big Gear — We Explore Low-Cadence, High-Torque Training*. https://www.fasttalklabs.com/fast-talk/neal-henderson-put-it-in-the-big-gear-we-explore-low-cadence-high-torque-training/ 9. **Pro team protocol:** EF Pro Cycling — *Pro Workouts: Torque Efforts with Noemi Rüegg*. https://www.efprocycling.com/tips-recipes/noemi-rueegg-torque-workouts/ 10. **Motor unit recruitment at low cadence (Type I/II glycogen depletion):** Ahlquist LE et al. (1992). *The effect of pedaling frequency on glycogen depletion rates in type I and type II quadriceps muscle fibers during submaximal cycling exercise*. European Journal of Applied Physiology and Occupational Physiology, 65(4):360–364. 11. **EMG and neuromuscular activity across cadences (same prime movers, different recruitment magnitude):** Sarre G & Lepers R (2006). Cycling cadence and EMG/muscle-activity research; cited in Hebisz & Hebisz 2024 and the broader cadence literature review by Mater, Clos & Lepers (2021).